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Yellowstone Science

The latest edition of Yellowstone Science magazine examines the park's vital signs.

A suite of ecological indicators that measure the health of the Greater Yellowstone Ecosystem are the subject of the latest issue of Yellowstone Science magazine, the park’s periodical devoted to natural and cultural resources.

“Just like doctors who measure vital signs to track human health, scientists study ecological indicators,” said magazine guest editor Andrew Ray. “Vital signs monitoring efforts are widely used to understand and measure the health of plants, animals, ecosystems, parks, and even the Earth itself.”

Since 2008 the park and the network have released four Vital Signs Reports that provide snapshots about the status of each vital sign monitored in Yellowstone. Appearing a decade after the first report, this issue of Yellowstone Science provides an in-depth look at what scientists have learned about some of these vital signs.

The magazine includes a collection of articles that together emphasize the need to increase the number of vital signs that are monitored in Yellowstone, the importance of expanding monitoring programs across the GYE, and the value of communicating about trends in vital sign conditions to decision makers and the public.

“Our ability to understand and respond to threats like climate change and visitor impacts is heavily dependent on quality data and science,” said Yellowstone Superintendent Cam Sholly. “Ensuring the long-term health of this ecosystem requires us to continue building a robust scientific and monitoring capacity so we can protect this incredible place for the future.”

Highlights from the issue include:

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• In-depth articles about how drought and fire have historically shaped vegetative communities and how forecasted changes in drought and fire may interact with invasive species accelerating their movement to higher elevations.

• Short articles on vital signs including birds, bats, amphibians, fish, insects, aquatic plants, invasive plants, whitebark pine, climate, and soundscapes.

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• Why long-term monitoring of ecological vital signs is needed for assessing the health and carefully managing large protected areas for the benefit of future generations.

• Descriptions of partnerships and citizen science opportunities that would ensure the long-term success of a vital signs monitoring program for Yellowstone National Park and the region.

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